poofyhairguy
Lifer
- Nov 20, 2005
- 14,612
- 318
- 126
Which is a good thing in case the Zombie Apokalypse finnallly happens some day. All of the nano buyers will be chaught with their pants down while you are raging through the crouds knocking them down with your blunt weapon. 
Mahigan
Senior member
- Aug 22, 2015
- 573
- 0
- 0
It's 4GB HBM, like I have kept saying.
And 4GB is more than enough..
Oh and it's a constant 60FPS+, which means the minimum FPS was 60.
Like I said, faster than FuryX performance from a BaffintXT (Polaris 10) core. It's faster than a GTX 980 Ti and overclocks really well too.
And no... I can't tell you where I've gotten my info from.
And 4GB is more than enough..
Oh and it's a constant 60FPS+, which means the minimum FPS was 60.
Like I said, faster than FuryX performance from a BaffintXT (Polaris 10) core. It's faster than a GTX 980 Ti and overclocks really well too.
And no... I can't tell you where I've gotten my info from.
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VirtualLarry
No Lifer
- Aug 25, 2001
- 56,587
- 10,225
- 126
It's 4GB HBM, like I have kept saying.
And 4GB is more than enough..
Oh and it's a constant 60FPS+, which means the minimum FPS was 60.
Like I said, faster than FuryX performance from a BaffintXT (Polaris 10) core. It's faster than a GTX 980 Ti and overclocks really well too.
And no... I can't tell you where I've gotten my info from.
http://www.anandtech.com/show/10145/amd-unveils-gpu-architecture-roadmap-after-polaris-comes-vega
"With Polaris confirmed to use GDDR5, Vega is notable for being the first AMD architecture to use HBM2, and the first parts in general to use HBM tech since Fiji."
Polaris 10 and 11 is GDDR5 based according to anandtech. So you are wrong on the HBM part. Moreover using 4096 bit wide HBM controller to get 4 GB is cost prohibitive for a high volume mainstream part.
AMD can easily use a 256 bit GDDR5 memory controller with 8 Ghz GDDR5 chips and with improved memory compression techniques can feed the Polaris 10 GPU without bandwidth bottlenecks.
My guess is Polaris 10 - 40-48 CU, 2560-3072 sp, 4 shader engines, 64 ROPs, 256 bit GDDR5, 256 GB/s, 4/8GB. Price USD 249 - 399. I think there might be 3 SKUs as yields are still not good at 14nm FINFET for > 200 sq mm dies.
It's 4GB HBM, like I have kept saying.
Oh and it's a constant 60FPS+, which means the minimum FPS was 60.
Like I said, faster than FuryX performance from a BaffintXT (Polaris 10) core. It's faster than a GTX 980 Ti and overclocks really well too.
And no... I can't tell you where I've gotten my info from.
Thats the big or the small polaris? at what price range?
Mahigan
Senior member
- Aug 22, 2015
- 573
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- 0
It wasn't confirmed to use GDDR5. That's simply a different interpretation of Raja's words.
Raja said that HBM design and implementation was cost prohibitive and that AMD needed to recoup those costs. Thing is, AMD is sitting on HBM memory produced for their FuryX line. They have to use it somewhere in order to recoup costs. So AMD will use HBM for another generation. That's the Polaris generation. PCPer sad as much.
The way Anandtech interpretated this was that HBM was too expensive so AMD will use GDDR5, which is incorrect.
http://www.pcper.com/news/Graphics-...past-CrossFire-smaller-GPU-dies-HBM2-and-more
Oh and Polaris 10 will out perform both the FuryX and GTX 980 Ti.
Then you look at the shipping manifest:
And you notice that every GDDR5 circuit board mentions GDDR5 and the speed, because the traces are printed on the boards, but not BaffinXT (Polaris 10).
And you have your answer. HBM1.
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Do you really expect about 232mm^2 GPU (rumored size of Pascal 10) to outperform Fury X?
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Mahigan
Senior member
- Aug 22, 2015
- 573
- 0
- 0
Not across the board but under certain conditions, yes.Do you really expect about 200mm^2 GPU to outperform Fury X?
Compute wise, it won't out perform Fiji under large parallel compute loads, ROP wise, it will due to the inclusion of color compression, larger L2 cache and a new memory controller.
Geometry performance wise? Yes.
Texture(texels/s) no.
So under certain conditions, it will outperform a FuryX and GTX 980 Ti. And then there's the overclocking potential.
Snarf Snarf
Senior member
- Feb 19, 2015
- 399
- 327
- 136
Do you really expect about 230mm^2 GPU (rumored size of Pascal 10 to outperform Fury X?
Estimates have it around ~232mm^2 give or take. It really isn't out of the realm of possibility that Polaris 10 could match and beat a Fury X in some titles due to changes in u arch.
If it has less GCN4 cores yet clocks high enough thanks to the new process or uarch changes, then it'll probably outperform it too.
There are too many variables to consider and the specs are still unknown, yet it is entirely possible for a chip about 40% the size of Fiji to match it or even outperform it. I'd bet many of the improvements that were to go into 20nm GCN (what GCN 1.2 was actually supposed to be instead of what we'd got in Tonga and Fiji?) are now included in GCN4.
Most of the GPU is new. 232mm^2 is small compared to the outgoing stuff, yes, but I wouldn't rule out that possibility.
There are too many variables to consider and the specs are still unknown, yet it is entirely possible for a chip about 40% the size of Fiji to match it or even outperform it. I'd bet many of the improvements that were to go into 20nm GCN (what GCN 1.2 was actually supposed to be instead of what we'd got in Tonga and Fiji?) are now included in GCN4.
Most of the GPU is new. 232mm^2 is small compared to the outgoing stuff, yes, but I wouldn't rule out that possibility.
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update：http://www.overclock3d.net/articles/gpu_displays/amd_polaris_10_engineering_sample_pictured/1
AMD's Polaris 10 engineering sample has been pictured and shown running Hitman at Ultra Settings at a constant 60+ FPS at 1440p, which is an impressive feat given that in our testing the the R9 Fury X was not even able to average 60FPS at these settings.
AMD's Polaris 10 engineering sample has been pictured and shown running Hitman at Ultra Settings at a constant 60+ FPS at 1440p, which is an impressive feat given that in our testing the the R9 Fury X was not even able to average 60FPS at these settings.
It's 4GB HBM, like I have kept saying.
And 4GB is more than enough..
Oh and it's a constant 60FPS+, which means the minimum FPS was 60.
Like I said, faster than FuryX performance from a BaffintXT (Polaris 10) core. It's faster than a GTX 980 Ti and overclocks really well too.
And no... I can't tell you where I've gotten my info from.
I fell for this last time with Fury X.... never again....
Mahigan
Senior member
- Aug 22, 2015
- 573
- 0
- 0
It is hard to believe a 232mm2 chip is out performing Fury X. It would imply everything in the perfect scenario.
Perfect scaling for density at 14FF, perfect clock speed target, perfect architecture gains. But is it possible?
Let's get some educated guesses with info we know:
232mm2 * 2.4x 14FF density is 556mm2 equivalent on 28nm.
390X is 438mm2. Fiji is 600mm2. Fiji however, is a very unbalanced design, incapable of peak throughput in any game compared to the 390X, with the one exception Ashes in DX12 w/ Async Compute enabled. In other games, it's ~20% faster, so it's not the right chip to compare next-gen performance. We would have to assume AMD knew what they were doing with Fiji, a stop-gap testbed for HBM.
Taking Hawaii and extrapolating from that is a more accurate approach, IMO, as it's a more balanced chip front end/shader wise.
Immediately, there's potential for Polaris 10 to be 390X +20% from the die size comparison.
What's the major change in Polaris?
The Geometry Discard Accelerator. We're talking massively improved minimum frame rate performance (no longer geometry bound, for complex scenes).
Improved Command Processor => Increased shader "IPC".
Unless they mess up, Polaris 10 should be much faster than the 390X and that puts it potentially faster than Fury X.
------------------
As for whether 4GB HBM is enough, it clearly is, there's not a single example of 4GB not being enough at playable settings. None. And AMD's implementation of HBM as a "cache" in their dynamic vram system, if 4GB is not enough to cache, the overflow will go into dynamic system ram portion. It requires driver optimization that is game-specific to function, but it's been shown to work in Rise of the Tomb Raider at 4K. At 1440 and 1080p, it's a non-issue.
Perfect scaling for density at 14FF, perfect clock speed target, perfect architecture gains. But is it possible?
Let's get some educated guesses with info we know:
232mm2 * 2.4x 14FF density is 556mm2 equivalent on 28nm.
390X is 438mm2. Fiji is 600mm2. Fiji however, is a very unbalanced design, incapable of peak throughput in any game compared to the 390X, with the one exception Ashes in DX12 w/ Async Compute enabled. In other games, it's ~20% faster, so it's not the right chip to compare next-gen performance. We would have to assume AMD knew what they were doing with Fiji, a stop-gap testbed for HBM.
Taking Hawaii and extrapolating from that is a more accurate approach, IMO, as it's a more balanced chip front end/shader wise.
Immediately, there's potential for Polaris 10 to be 390X +20% from the die size comparison.
What's the major change in Polaris?
The Geometry Discard Accelerator. We're talking massively improved minimum frame rate performance (no longer geometry bound, for complex scenes).
Improved Command Processor => Increased shader "IPC".
Unless they mess up, Polaris 10 should be much faster than the 390X and that puts it potentially faster than Fury X.
------------------
As for whether 4GB HBM is enough, it clearly is, there's not a single example of 4GB not being enough at playable settings. None. And AMD's implementation of HBM as a "cache" in their dynamic vram system, if 4GB is not enough to cache, the overflow will go into dynamic system ram portion. It requires driver optimization that is game-specific to function, but it's been shown to work in Rise of the Tomb Raider at 4K. At 1440 and 1080p, it's a non-issue.
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It's 4GB HBM, like I have kept saying.
And 4GB is more than enough..
Oh and it's a constant 60FPS+, which means the minimum FPS was 60.
Like I said, faster than FuryX performance from a BaffintXT (Polaris 10) core. It's faster than a GTX 980 Ti and overclocks really well too.
And no... I can't tell you where I've gotten my info from.
You're not talking out of your ass, aren't you?
Mahigan
Senior member
- Aug 22, 2015
- 573
- 0
- 0
No.You're not talking out of your ass, aren't you?
I'm not. Talk to game developers if you want. I've been discussing these issues with various developer's as well as other contacts ever since August of last year.
Polaris 10 achieves a constant 60+ FPS under Hitman at 1440p Ultra settings. That's faster than a GTX 980 Ti or FuryX.
It doesn't mean it will be faster under every condition but it is faster in that instance.
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Process improvements can throw up performance jumps like that. Remember the RV770, aka Radeon 4870? A 260mm2 chip that arrived and delivered performance equal to, and sometimes better than, NVidia's competing 570mm2 GT200.
It's not accurate to compare chips of vastly different architectures to each other, certainly not for AMD vs NV.
It's best to compare GCN to GCN, or Polaris 10 vs Hawaii/Fiji.
As said, the die size equivalence alone gives them >390X performance, easily.
It means, that if Polaris 10 is at least as powerful as Fury X then Radeon R7 370 sized GPU will be 2,5 times faster and it means that AMD would have to give up on reducing power consumption at all on Polaris 10. Sounds too optimistic, IMO.
http://pclab.pl/zdjecia/artykuly/chaostheory/2016/01/gfx/charts1/swb_1920h.png
http://pclab.pl/zdjecia/artykuly/chaostheory/2016/01/gfx/charts1/swb_1920h.png
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Glo.
Diamond Member
- Apr 25, 2015
- 5,930
- 4,991
- 136
The problem with information on OC3D is that they tested, and posted Hitman in DX11 condition, because for them DX12 was to buggy to test.
http://i.imgur.com/Ti5Ei1L.jpg Here we have ultra settings as well in 1440p. And it is on par with R9 390X.
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